Fog and flue gas simulator FS200 FS200 FS200 Ideal for tightness tests and leak detection in pipeline systems or flat roof constructions This professional fog and flue gas simulator of German high-quality manufacturing is the most compact and lightest device in its performance class. Thanks to smart slim design in robust aluminium lightweight construction, the transport of the FS200 to any application site will be problem free and allows you to move freely even through bottlenecks such as safety ladders. The ingenious canister holder of the FS200 can be unlocked and unfolded in a matter of seconds, increasing its support and providing more stability even on difficult surfaces like gravelled flat roofs. The extremely powerful turbine as well as the fluid pump of the FS200 can be infinitely adjusted in their performance for fog conveyance and hence attuned more precisely to individual operating conditions. Moreover, the intelligent power coupling of turbine, heating and pump ensures a consistently dense fog flow lasting several minutes uninterrupted by postheating even during maximum turbine performance. The FS200’s fluid consumption is agreeably low and can amount to a maximum of no more than 100 ml per minute. Robust aluminium lightweight construction Extremely powerful fan turbine – infinitely variable Space-saving integral solution with fold-up canister holder Extra dense white smoke thanks to the infinitely variable fluid pump Can be easily transported even through bottlenecks such as safety ladders Intelligent power coupling of turbine, heating and pump for a consistently dense fog conveyance lasting s everal minutes without postheating-related interruptions Service-friendly construction – simple filter change within seconds Practice-optimised German industrial design – protected design patent Possible applications: Fire simulation, respiratory protection and disaster control exercises Tightness tests Flat roof leak detection Exercise for smoke extraction Checking of smoke outlets Checking of air discharge, air inlet and exhaust air openings Control of smoke extraction in escape routes Detection of faulty connections in piping networks, tank farms or wastewater systems Locating of undercuts in dams and dykes 248
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